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The goal of this project was studying three different actuation mechanisms for the Drag Reduction System (DRS) of a F1 racing car
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In particular, the analyzed mechanisms were
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- Pod pull mechanism
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- Pod push mechanism
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- Pods and rocker mechanism
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The analysis has been conducted with the help of **Maple** and **Matlab**.
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The different mechanisms have been studied from both kinematic and dynamic points of view. The best one (Pod pull) has been then kinematically and dynamically optimized.
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The obtained Differential Algebraic Equations derived from dynamics have been then exported to Matlab for a further analysis with different integration methods
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-[lib](/lib/) and [toolbox](/toolbox/) folders contain some customized libraries for the Maple analysis
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-[maplesim](/maplesim/) folder contains the files for the hydraulic simulation
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-[matlab](/matlab/) folder contains all the Matlab files used to study the exported DAEs
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-[inventor](/inventor/) folder contains the CAD files used to estimate the flap dimensions
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